Tim Benson, Chair of Powerful Thinking, takes on tour emissions in his latest blog: With carbon emission from touring travel hitting the headlines as the industry gears up to restart Tim points out that emissions from power provision are still a crucial factor to address in order to move towards goals for net zero productions. Tim warns against reliance on a straight switch to alternative fuels alone and urges Production Managers and stakeholders to embrace efficiencies through broader energy management plans that incorporate better advancing and scheduling, wider use of mains supplies and on-site renewables, battery deployment and crucially, a behavioural step change.

“Touring is the latest live sector to be scrutinised under the sustainability microscope and quite rightly so. Its nomadic nature, whereby artists and their entourages clock up thousands of miles across multiple territories in the shortest timescale possible, results in huge levels of travel emissions. You don’t need to be a sustainability expert to understand the gravity of this, its impact is crystal clear to even the most ardent of fans and this is exactly what is driving change – audience perception. Cue the Live Nation Green Nation Touring Initiative, which cites audience sustainable lifestyle choices as a key driver for its roll out, and last week AEG Presents followed suit, announcing the formation of its Climate Positive Touring (CPT) group.

And yet there are so many other factors that contribute to tour emissions, many of which can be mitigated through technological interventions. However, there’s something more insidious at play here, a behaviour driven barrier that is thwarting the best efforts of those championing sustainable tour production. It boils down to a deep-rooted reluctance amongst the touring community to alter their production practices. This community is made up of multiple stakeholders, from TMs to LDs, label representatives to commercial partnership teams, all of whom consider that the end justifies the means. They are tasked with producing the shows and will go to almost any length to ensure their remit is delivered without compromise. The one requirement all these stakeholders share is power and generally they want an uncapped supply right there, right then. If touring is genuinely looking transition to more sustainable power provision, then this sort of approach has to change.

Luke Howell, Founder and Director of Hope Solutions, concurs with this, stating: ‘Energy impacts from touring can amount to up to 1/5^th of all carbon emissions or over 60% of non-travel related emissions. Dealing with this is often met with disinterest by those who have the ability to actually instigate change and there is a huge amount of inertia around this issue. This is partly due to a lack of understanding of the topic – fair enough to a point as not everyone is an expert on it – and an overreliance on contractors to sort out the solution for them. Change is coming but slowly and sadly it is still seen as easier by many to adopt business as usual approaches (over spec’d diesel generators) than it is to look at making things more efficient.

It is clear from Powerful Thinking’s work with the Touring Production Group (TPG) in the UK and Touring Professionals Alliance (TPA) in the US, one of the main barriers to sustainable tour power is a reluctance to use mains supplies. Many Production Managers want separated power supplies for show tech, i.e. generators, because they are concerned about the reliability and stability of mains feeds. They also argue that the house feeds are often inadequate for their show peak power requirements. The solution here is simple, consider allocating energy budgets to different stage disciplines based on the available mains power supplies and, where these are found wanting, peak shave them with largescale batteries to avoid having to bring in generators. The battery systems can also support a UPS function, bridging the changeover from mains to generator supplies in the event of grid power outage.

Communicating the tour’s energy reduction objectives to all stakeholders, including crew caterers, tour bus operators, sponsors, artist liaison reps etc, and consulting with them on steps they can take to minimise their energy consumption, is crucial too. Working with them to choose the most energy efficient equipment and, therefore, reducing the overall show power requirements, will open up greater opportunities to use a renewable energy mix. This mix might incorporate renewably certified mains supplies, onsite renewables like venue solar or biomass, high storage capacity battery solutions and back-up generators running on biofuels.

During pre-production, more time and resource should be devoted to power advancing. Apps, such as the ZAP Concepts smart power plan tool, are now available to support production teams in calculating their power and energy requirements and this will ensure on-site generation is matched to actual consumption, resulting in financial savings and quick environmental wins.

Monitoring at distribution level to ensure you understand how power is being used and when peaks are likely to occur, is also invaluable. Instead of sticking rigidly to a single power management plan, this kind of data can be used proactively to make ongoing improvements throughout the tour lifecycle.

I’m going to end with a stark warning for those who think this sounds too involved, when really all they need to do is switch from diesel to biofuel. Surely a biofuel solution makes all the above erroneous and it no longer matters how much energy they are consuming? This is green wash in its worst form, because it sidesteps the main issues around energy efficiency, namely consuming less power and using it more responsibly. Yes, biofuels produce less greenhouse gases (GHGs) but they still emit high levels of localised air pollutants. They are not a renewable energy source, on the contrary they are a low carbon liquid fuel. Neste, the principle global manufacturer of HVO, often refers to its product as ‘renewable diesel,’ but this is simply a marketing term and has no scientific basis.

If you are planning to promote your tour as sustainable because you are using biofuel or hydrogen fuel cells, you are on a hiding to nothing and deserve all the flack you get! These solutions deployed in isolation mean virtually nothing, they have to be part of a broader energy management plan that incorporates better advancing and scheduling, wider use of mains supplies and on-site renewables, battery deployment and crucially, a behavioural step change.”

This guest blog originally appeared in the May 2021 Vision: 2025 newsletter. Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox www.vision2025.org.uk

In this month’s Powerful Thinking blog, Tim Benson makes the case for transitioning to battery power ahead of changes in legislation that will see a rise in fuel cost for event organisers as the government removes their entitlement to use red diesel and rebated biofuels in April 2022. Here Tim discusses the combination of financial, licensing, public health, environmental and technical drivers that are converging to encourage event organisers to switch to battery systems before legislation forces the issue.

“Never has the case for transitioning to battery solutions in place of conventional generators been more compelling. A combination of financial, licensing, public health, environmental and technical drivers are now all converging to make us embrace this technology.

From April 2022, UK event organisers will see a sharp rise in their fuel costs, as the government removes their entitlement to use red diesel and rebated biofuels, resulting in a circa 46p increase per litre. Even if fuel suppliers were able to ‘magically’ maintain something akin to current pricing rates, where gas oil is supplied to end users at 85p/litre, the approximate cost per kWh generated comes in at 25.75p. Compare this to a projected per kWh supply through a high storage capacity battery system of only 14p/kWh, and it’s a financial no-brainer!

Demonstrating proactive planning for low emissions temporary power provision is further becoming necessary to satisfy Local Authority licensing conditions. In a recent meeting with the GLA, their NRMM representative said they were keen to extend guidance to the events sector within London, and many other Local Authorities, including that of my home city Brighton, are adopting a similar stance. Failure to act voluntarily on this could see license applications rejected and the introduction of tougher environmental regulations requiring event spec generators to adhere to Tier V emissions standards, something currently limited to the construction sector. 

For those of us with a conscience, the debate over localised air pollution produced by generators, is yet another key consideration. Switching to biofuels is no silver bullet here, as whilst these go some way towards reducing GHG emissions, they do still produce relatively high levels of tailpipe emissions. There are other alternatives, for example Gas to Liquid (GtL) and Liquid Petroleum Gas (LPG), but here the reverse is the case, relatively low levels of exhaust emissions but relatively higher levels of Carbon – the clue is in their names ‘gas’!

In 2020 the Government revealed that 75% of their air quality reporting zones still have illegal levels of air pollution, with the Royal College of Physicians attributing 40,000 early deaths annually to this; in particular, levels of Nitrous Oxides (NOx) and Particulate Matters (PM) are on the rise, both of which are core components of the toxic cocktail emitted from generator exhaust systems.

Using battery systems in-line with mains supplies to bolster their output, a process referred to as peak shaving, is also a highly efficient and environmentally sound means of encouraging event organisers to utilise mains supplies. DEFRA figures for 2019 suggest that 1kWh of grid power produces 0.233kg of CO2e, whilst gas oil generates 0.809kg, so the environmental benefits are abundantly clear.

And, of course, the technical and performance cases for using batteries are hugely compelling and now well documented too. To start with, high capacity, three phase inverters are far more suited to dealing with the large load-steps and shock loading scenarios commonly found on stages. Typically, generators have to be over-sized or run in a sync configuration to deal with these kinds of load profiles, but inverters can output huge amounts of power in only a split second in response to the current demands of fixtures like discharge lamps, for example strobes and blinders. Furthermore, unlike some Tier V generator engines, there are no reliability issues with batteries when working at low loads, and the quality of power the pure Sine Wave power that they output is better than that associated with our domestic mains supplies.

The evidence for switching to battery systems is irrefutable then and it’s time to act on it – let’s stand up, be counted and do the right thing before our hand is forced by legislation!”

This guest blog originally appeared in the April 2021 Vision: 2025 newsletter. Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox www.vision2025.org.uk

This month Powerful Thinking’s Chair, Tim Benson, looks at the huge potential of recycling waste products into electricity and how this process could be a solution to help festivals and events to meet their targets around reducing CO2 emissions from power provision. From leftover oranges in Seville, Spain, generating electricity for the city’s water recycling plant – to cooking oil from the BBC canteen being recycled into biodiesel to power outdoor broadcasts – Tim recounts the success stories and considerations in turning waste to power – and looks at how Glastonbury Festival have led the way by building a 125kW anaerobic digestion plant on their site, which produces energy from cow manure and exports it back into the grid. Read the blog below:

“I recently came across an article in the Guardian (23^rd February 2021) that described how Seville was piloting a scheme to turn the city’s leftover oranges into electricity. It described how the municipal water company, Emasesa, was using the 5.7 million kgs of waste fruit from its 48,000 orange trees to generate electricity for one of the city’s water recycling plants. Their head of environmental, Benigno López, reported that in trials 1,000kg of oranges collected from the pavements could produce 50kWh of energy, enough to provide electricity to five homes for one day. He went on to say that, if all the city’s unwanted oranges were recycled, then sufficient energy could be exported back into the grid to power 73,000 homes.

The recycling of waste products into electricity is now commonplace and hardly headline grabbing news in itself. In-vessel anaerobic digestion plants, whereby organic materials such as food and animal waste products are broken down into biogas (methane) to fuel electricity generating turbines, are ubiquitous and often used to subsidise conventional energy generation at both commercial and domestic levels. Indeed, the EU is a world leader in biogas electricity production, with an estimated 10.4GW of electricity produced through anaerobic digestion in 2015 alone. This process further has the added bonus of producing fertiliser as a byproduct.

Waste materials can also be recycled into liquids. In 2013, I was involved in a project for BBC Radio 5Live, where used cooking oil from the BBC canteen was recycled into biodiesel to power broadcast outboard for their Energy Day live OB. More recently, Napier University has pioneered a process that converts waste products from the whisky production process into a biofuel for vehicles. Such was its perceived potential, that a new business was formed, namely Celtic Renewables, that aims to scale this production of biobutanol to commercial levels for use in vehicles in the Scottish homelands.  

You won’t be surprised to learn then that Neste, the leading global supplier of second-generation biofuels, uses waste and residue products as the base components in its HVO renewable diesel; these include used cooking oils, animal fats from food industry waste, vegetable oil processing residues, fish fats and technical corn oils (a residue from ethanol production).

As festivals are urged, and rightly so, to adopt circular economy models, I can’t help but think some are missing a trick here – why not use organic waste as part of their energy mix?

In 2019, Worthy Farm, home to Glastonbury Festival, commissioned Biogest to build a 125kW anaerobic digestion plant on their site, which produces energy from cow manure and exports this back into the grid. Plans for using this biomass solution to supplement the festival’s show power were already being considered, before the untimely intervention of Coronavirus. Yet for established festivals that have long term relationships with their landowners, these kinds of projects could benefit both parties through a jointly funded venture. And of course, less food waste to landfill will reduce the volume of methane emitted into the atmosphere, which can only be a good thing as it has five times the warming potential of CO2e!”

This guest blog originally appeared in our March 2021 Vision: 2025 newsletter. Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox www.vision2025.org.uk

In this month’s blog Chair of Powerful Thinking, Tim Benson, shares sustainable event energy consultant Zap Concepts’ new Smart Power Plan Tool. 

“Following 12 months of development, ZAP Concepts are pleased to announce the launch of their Smart Power Plan Tool. Part funded through an Innovate UK grant, the tool is designed to help event organisers to take control of their power advancing & ensure onsite generation is matched to actual demand.

Designed to calculate in advance how much power your production requires, the tool will enable event organisers to employ alternatives to conventional diesel generators, therefore, improving efficiency, minimising diesel consumption & reducing CO2e & tailpipe emissions by up to 80%.

This fully automated system can generate your robust power plan within as little as 72 hours & follows a four-stage process:

1. Power inventory: a link to our comprehensive fixture database is sent to all suppliers who then enter their full equipment inventories
2. Review of site plan: here we look into the feasibility of using any existing mains power infrastructure, together with exploring opportunities for creating temporary power nodes to service multiple areas of the site
3. Analysis of power requirements: instead of focusing on just peak power consumption (kW), which is so often the root cause of inefficiencies, the tool also calculates energy used over time (kWh): this ensures that energy storage systems (green batteries) fed from mains or renewables can accurately be specified in place of diesel generators
4. Creation of your bespoke Smart Power Plan with recommendations on how to employ the most sustainable energy mix, which you then pass onto your chosen power contractor

The tool can easily be adapted to largescale productions & is available under license to both event organisers & power contractors. The pricing plan is simple & is based on audience capacities (up to 10,000 / 10,000 to 25,000 / 25,000 to 40,000 / + 40,000) per event project.

Where productions employ new or bespoke fixtures that do not appear in the equipment database, these can be manually entered into the system. Going forward, users can easily refer to previous iterations of their power plans & simply adapt these to reflect changes in audience capacities, production specs & site layouts.

Additional consultancy services are further available, including energy monitoring services & onsite support in partnership with your power contractor & in-house production teams.

To find out more or to sign up to one of our online demonstrations, drop us a line at info@zapconcepts.com ”

Tim Benson’s blog was first published in the Vision: 2025 February 2021 newsletter. Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox HERE.

For January’s blog Tim Benson, Chair of Powerful Thinking explores the world of tower lights – with tips for selecting the right light for your job and features to look out for, Tim factors in budgets and location requirements to help pinpoint the most fuel efficient model for your needs.

This month I want to explore the world of tower lights. Is choosing the right model an exact science or are they all broadly the same? Certainly, manufacturers like Trime have invested considerable time & money in expanding their product portfolio to include diesel, hybrid, solar & all electric models, so there is clearly some appetite for alternatives to diesel units.

Below I have set out some handy hints for selecting the right tower light for your job, together with a list of features to look out for:   

A good starting point is to consider what size area you are trying to light. Is it a carpark, a BOH compound or an entrance gate? Most new models come with either four or six adjustable LED heads (lamps) operating at between 100 – 150W, although the Atlas Copco HILIGHT H6+ boasts four 350W lamps. Both the lamp configuration & the mast height (typically 8.5 – 9m) will affect the maximum area the tower light can illuminate. Units with four lamps will typically light an area of between 2,000 – 2,400sqm, whilst those with six will cover up to 3,800sqm. Where you are lighting large open areas, this increased coverage can reduce the number of units required, so it is worth checking coverage in the product specs.

Another useful thing to consider is where the tower lights are located on site. For large sites with multiple units, it can be time consuming having to manually operate each one, so some form of automation is a helpful function. Most new units come with a dusk-till-dawn sensor, which automatically turns the lamps on and off, subject to ambient lighting levels. Other models use a more basic timer function; whilst some can even be remotely controlled through the aux. remote start input and an App.

Cost of hire will always be an important consideration but it is also prudent to consider fuel efficiency. Things have come a long way since the advent of the first iteration of the VT1 with its metal halide heads (lamps) & its thirsty, noisy engine. The Trime EX-ECO unit is probably the most economical diesel model on the market, consuming only 0.47L/hour. With a 110L internal tank, it offers 230 hours runtime before needing to be refuelled. It further has the option of running directly off an AC feed.

Hybrid models, which run off battery, are an even more efficient solution & were certainly my first choice until recently. The Trime and BGG hybrids offer between 11 – 13 hours autonomy before the diesel engine automatically starts and runs for about three hours to recharge the lithium cells. For a 100% renewable solution, Trime & Prolectric offer a range of solar units with integrated PV panels that they say work all year round. To extend runtimes, some of the solar units offer a dimming option too. Both the hybrid and solar models have the added advantage of being silent running & produce zero tailpipe emissions during operating hours, making them ideal for campsites or shows in locations where overnight noise bleed is an issue.

However, as is often the case, there is a trade off between the more efficient electric models & their diesel counterparts. Firstly, the footprint of the Trime X-Solar tower light (3723 x 1784 x 2640mm / weight 1,523kg) means that only four can be loaded per truck, compared to 13 of the EX-ECO diesel units (2320 x 1380 x 2420mm / weight 920kg). This means higher emissions levels and increased costs associated with logistics. However, for long-term projects this may be less of an issue, as the environmental and fuel savings over time will mitigate these. Another issue worth raising here is that the hybrid & solar models do not include a 16A cee-form out, so cannot be used in generator mode, which from my point of view is quite a limiting factor. However, conversely some manufacturers of diesel units are downsizing the alternators in a bid to improve efficiency, the knock-on effect of which is that you cannot pull a full 16A from them, which can be frustrating. Finally, with many solar units, the masts have to be manually operated and they can be tricky to position because of their weight.

Clearly there is a lot to consider when choosing your optimum tower light. My suggestion is to weigh up the pros cons & not be dazzled by speculative claims of emissions busting, work the figures out for yourself! And to finish, for tower light hires, I wholeheartedly recommend both Illumin8 https://www.illumin8lights.co.uk & MHM http://www.mhmplant.com ”

Tim Benson’s blog first appeared in the Vision: 2025 January 2021 newsletter.Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox HERE.

Tim Benson, Chair of Powerful Thinking, reflects on the event industry’s “annus horribilis” and looks at how new technology can help set higher energy efficiency targets for the next season:

“What promised to be such a great event season for so many, has turned into the event industry’s annus horribilis. No one has been immune, be they established events, artists, suppliers, contractors and freelancers alike – we have all been left to contemplate our commercial mortality, or should I say viability Rishi Sunak?

As is so often the case, our supply chain was once again called upon to install temporary infrastructure in dark times. It was not that long ago that event professionals turned their hand to building refugee camps, this year instead we have been assisting with pop up hospitals, test centres and morgues. Essential work of this sort has certainly benefited the major plant hire companies, with integrated contracts awarded for cabins, tower lights, power generation and fuel management. Sunbelt Rentals, in particular, have benefitted from this. With something like 50 regional test sites and a further 25 satellite ones, they and their cross-hire partners have certainly been kept busy and their efforts are to be commended.

However, for many event power specialists 2020 has not been so rosy. Many of us been forced to diversify, or should I say ‘pivot’, entering new markets where opportunities to innovate and lead the charge for sustainable power management have been few and far between.

Nevertheless, I like to think that this fallow year has afforded us time for reflection, to consider the things that we are doing well whilst, at the same time, also providing opportunities to contemplate how we can improve and ameliorate our service offering. Of course, this will only be evident once we see government event restrictions relaxed, but I remain positive.

So, should we be setting loftier energy sustainability targets for future seasons – definitely! With the advent of new high storage capacity battery systems and opportunities for tapping into EV charging stations literally just round the corner, we can finally start planning for something close to the Amsterdam blueprint that will see city centre events generator free.

From all of us at Powerful Thinking, we wish you a happy Christmas and we hope to see you in field in the New Year!”

The Powerful Thinking blog first appears in the Vision: 2025 newsletter. Sign up for the latest news on how the Live Events community is responding to the climate crisis HERE.

Following the latest announcement from the Prime Minister that wind power will provide enough energy for all UK homes by 2030 –  Tim Benson, chair of Powerful Thinking, explores the possibility of events using this clean energy source as a viable option too, and looks at new tech for harnessing wind for temporary power needs – including the Gem Tower (pictured).

“Boris Johnson pledged at the Conservative party conference that offshore wind farms will produce enough energy to power every UK home by 2030. This is something of a u-turn considering his comment in 2013 that; ”wind farms failed to pull the skin off a rice pudding,” – clearly nanny was not a good cook!! 

However, his assertion is supported by hard data from the National Grid: as of 06/10/20 wind power accounted for 18.5% of the UK energy mix, generating 6.39GW and consolidating its position as the second largest contributer to UK mains energy behind gas.

Despite UK weather conditions being ideal for harnessing wind power, it is rarely deployed for events. This is arguably because very few pop up commercial turbine solutions exist and their installation costs are often prohibitive. They also consume energy to operate, referred to as a parasitic load, reducing their overall utility. At the domestic end of the market, they only generate between 0.6 – 1.3kW, making them a non-starter for most event applications. Alternative wind harnessing solutions, including kites tethered to electro-mechanical winches, have been explored but are not really scaleable and come with a raft of health and safety concerns.  

However, GEM-tower http://www.gem-tower.com , an initiative led by PowerVIBES and Eindhoven University of Technology, may have just bucked this trend. It is a mobile solution comprising of a 3kW wind turbine and coloured LSC solar panels mounted on a 21m fold-out mast, with integrated battery storage. Whilst this eye catching tower will not power your main stage or food trader runs, it is certainly helping promote the role of renewables in the event energy mix as it tours European festivals and shows. 

Perhaps most importantly though, we can learn some boader lessons from GEM-tower’s hybrid configuration. For me, its significance lies as an exemplar of  hybrid technology, a power system that harnesses dual renewable energy sources and integrates these into a single power solution.

It is not uncommon for commercial ports to combine wind turbines with solar PV because this increases the opportunity for energy generation across a 24-hour period, so why can’t innovators in event power adopt a similar strategy?” Tim Benson, Chair of Powerful Thinking  

The newly formed Environmentally Responsible Carnival Network have invited Powerful Thinking to advise their search for alternative solutions to diesel generators. Tim Benson, Chair of the Powerful Thinking working group joined the New Carnival Company organised networking meeting in August 2020 to discuss the process of introducing energy monitoring and exploring the feasibility of battery solutions, whilst also looking at low emissions alternatives to diesel.

In this blog Tim discusses the challenges and possible solutions for energy efficient carnivals and also explores the available tech that can help reduces energy demand in the first place with a review of Minirigs ultra efficient sound systems, and Swiss start up, Belair Technology’s battery powered amplifier solutions.

Last month I was invited to participate in an online meeting of the new Environmentally Responsible Carnival Network hosted by the New Carnival Company CIC to discuss how they could introduce energy efficiency measures at their events. From listening to membership, it soon became apparent that carnivals present their own very unique set of challenges when planning for power – no two sound systems are the same, they are generally built with volume in mind rather than efficiency, there is little to no hard data on expected load profiles, and weight and footprint of power management systems is key. However, what soon became clear was that there is a very real appetite amongst the carnival community for finding alternative solutions to diesel generators. To this end, Powerful Thinking will be working with them to introduce energy monitoring and to explore the feasibility of introducing battery solutions for some applications, whilst also looking at low emissions alternatives to diesel.

Fundamental to improving energy efficiency is, of course, reducing demand in the first place. Cue Minirig www.minirigs.co.uk whose Bristol based team are specialists in designing and fabricating bespoke ultra energy efficient sound systems. They were responsible for fitting out the Arcadia Bug with a 6,000W 12V system that was capable of delivering sufficient audio output with all of Minirig’s renowned fidelity, yet with only a fraction of the power requirements of more conventional 230V systems.

Belair Technology www.belairtechnology.com, a Swiss start up, has also been successfully beta-testing their battery powered amplifier solutions with Void and Function-1 speaker cabs. Their hot swappable and modular 2kWh power banks, that feature up-cycled lithium batteries, a 500W inverter system to power DJ outboard and the capability to be both smart-networked with Nissan EVs and trickle charged from solar PV, offer a 100% integrated off-grid PA solution.

If one positive thing has emerged from the current Covid-19 crises, it is that we have had a chance to pause & explore new possibilities for greater technological convergence. As a result, we are beginning to see integrated solutions that combine energy autonomy with high-end performance, which can only be a positive step when reimagining the future of sustainable events.

This blog was first shown in the Vision:2025 September 2020 newsletter. Sign up to receive monthly event sustainability news, case studies and guest blogs direct to your inbox using the form in the footer of www.vision2025.org.uk

This month trials of the first all electric telehandler began at one of the HS2 construction sites. The Flannery Plant Hire Eco-telehandler purports to have up to a 10-hour runtime between charges, making it a low impact alternative to its diesel counterparts. Is this the future for site plant or just an elephant in the room? 

In order for battery technology to surplant its antiquated diesel counterparts, be that access equipment, lifting plant or generators, then the price of lithium batteries needs to come down drastically. Cue Teague Egan of EnergyX, who is developing a nanoparticle filter that can extract 90% of lithium from salt deposit supplies (current extraction processes only yields 30%). This, coupled with Elon Musk’s rumoured plans for a UK based battery ‘Gigafactory’, may be just the catalyst we are looking for to drive greater market penetration for battery technologies in the UK events market.

Greater electrification of event sites will require better mains feeds with high capacity battery storage systems for balancing out the demand peaks. Whilst this will not happen overnight, it will inevitably drive further R&D into onsite energy storage systems, which are the Holy Grail if we are to achieve our emissions reductions targets and improve air quality for event audiences and crews alike.  

Our monthly power blog and case study is brought to you by Tim Benson, Director at SMART Power and Powerful Thinking Steering Group Member. This month he explains how with the right power tools (supplied by IDE systems), monitoring and management SMART power helped a Netflix production achieved a 40% cut in onsite energy use and used a power battery inverter system positioned inline with the generator to manage 40-50% of the compound’s overall power requirement.

IDE System’s Erica power management tool, which can be incorporated into their distribution boards, provides per socket monitoring with remote access for end users via a dashboard for real-time monitoring. It enables site and power managers to monitor voltage, peak currents and, most helpfully, load versus actual consumption on a socket by socket level. The data packets refresh every five seconds, ensuring an accurate picture of the site’s load profile, with Cloud storage for back up.

SMART Power were invited to assist with energy monitoring for a Netflix production earlier this year. They installed IDE’s distribution boxes at the production’s location base compound for 48 hours to assess the energy usage for all 14 of the location base trailers – production offices, make up, wardrobe, honeywagons and the actors’ dressings rooms.

Following an analysis of the peak load data, SMART Power were able to demonstrate that the main facilities generator could be downsized by 40%. 

However, of greater importance was the load profile monitoring data (power x runtime), which allowed SMART Power to demonstrate how a battery inverter system positioned inline with the generator could manage 40-50% of the compound’s overall power requirements.

Wayne Woodhead, Managing Director of IDE Systems, comments; “With this level of data it’s possible to identify individual end user’s power consumption and patterns in their usage, enabling power managers to reliably and efficiently optimise their power generation.”